CN112277388B

CN112277388B - Automatic processing and packaging device for squeezable paper straws

Info

Publication number: CN112277388B
Application number: CN202010973304.1A
Authority: CN
Inventors: 李松梅; 高志远; 王灿才
Original assignee: Qingdao University of Science and Technology
Current assignee: Wuhan Xingxin Haifeng Packaging Materials Co ltd
Priority date: 2020-09-16
Filing date: 2020-09-16
Publication date: 2022-08-26
Anticipated expiration: 2040-09-16
Also published as: CN112277388A

Abstract

The invention relates to an automatic processing and packaging device for extrudable paper straws, comprising a paper feeding device, a cutting device, a paper feeding device, a tube core, a pressing device, a lifting device, a pressing frame and a packaging device; the cutting device is installed Behind the paper feeding device, it is fixed on the ground by anchor bolts. The paper outlet of the paper feeding device is flush with the working surface of the cutting device and is closely attached. The side is close to the paper feeding device. The direction is vertical; the paper feeding device is installed inside the shearing device, and the two are in contact with the sliding rails for linear displacement; the tube core is installed on the pressing frame through the sliding rails, and the pressing device is connected to the column on the pressing frame through the rollers. , the lifting device is connected with the pressing frame through the sliding rail, and the working plane of the pressing frame is flush with the paper feeding device; the paper straw manufactured by the present invention compresses the volume of the paper straw in the process of storage and transportation, so as to achieve a convenient transportation. Purpose, the device has the advantages of convenient and quick manufacture, simple process and high production efficiency.

Description

Automatic processing and packaging device for squeezable paper straws

Technical Field

The invention relates to a processing mode of a compressible paper straw, in particular to an automatic processing and packaging device of an extrudable paper straw.

Background

The traditional paper straw can not be compressed, so that more space is required to be occupied during storage, the transportation and storage cost of products is increased, and the traditional paper straw is low in processing speed and low in efficiency; aiming at the problem that the paper suction pipe cannot be compressed in size, the traditional processing mode of the paper suction pipe needs to be upgraded, the structure is improved, the production efficiency is increased, the production cost is reduced, and social resources are saved; the invention aims to manufacture an automatic processing and packaging device for a squeezable paper straw, which can compress the volume of the paper straw in the process of storage and transportation, save the production cost and improve the production efficiency.

Disclosure of Invention

In order to achieve the purpose, the invention discloses an automatic production device for an extrudable paper straw, which can produce the paper straw with small occupied space and is convenient to store and transport, and has the advantages of high integration degree, simple manufacturing process and convenient operation.

The invention adopts the following technical scheme: the invention relates to an automatic processing and packaging device for squeezable paper straws, which comprises: the device comprises a paper feeding device, a shearing device, a paper feeding device, a tube core, a pressing device, a lifting device, a profiling machine frame and a packaging device; the paper feeding device is fixed on the ground through foundation bolts, the shearing device is installed behind the paper feeding device and is fixed on the ground through foundation bolts, a paper outlet of the paper feeding device is flush and tightly attached to the working surface of the shearing device, the side edge of the paper feeding device abuts against the paper feeding device, and the direction of a cutting edge of cutting is perpendicular to the direction of paper feeding; the paper feeding device is arranged in the shearing device and is contacted with the shearing device through a sliding rail to perform linear displacement; the tube core is arranged on the profiling rack through a sliding rail, the pressing device is connected with an upright post on the profiling rack through a roller, the lifting device is connected with the profiling rack through a sliding rail, and the working plane of the profiling rack is flush with the paper feeding device; the packaging device is connected with the side edge of the profiling machine frame, and the bottom of the packaging device is used for conveying straws through a sliding plate.

Further, the paper feeding device includes: the device comprises a bracket, a motor I, a roller, a transmission belt, a belt wheel, a transmission belt, a roller frame, a paper feeding guide plate and a paper discharging guide plate; the support is a square tube assembling structure through bolts, the support is a split truss structure formed by welding steel tubes, the cross beam at the upper part is a polished rod, the polished rod penetrates through the center of a raw material paper roll and is fixedly installed on the vertical frames at two sides through bolts to prevent rolling, the overall stability of the support is improved by adopting a three-foot design, positioning holes are symmetrically installed at two sides of the vertical frames, and the cross beam is fixed through positioning pins; the motor I is fixed on the roller frame through a bolt; the two rollers are divided into an upper group and a lower group, the upper group is four, the side surfaces are distributed in a triangular mode, the lower group is three, the side surfaces are horizontally arranged in a straight mode and are connected with the roller frame through ball bearings, the distance between the two rollers is 8cm, the two rollers are circumferentially fixed with the belt wheel through flat keys, and the two rollers are driven through narrow flat belts; the transmission belt is a narrow flat belt and is connected with the belt wheel to transmit power; the roller frame is formed by welding low-carbon steel and is divided into an upper part and a lower part which are connected through bolts, two side surfaces of the roller frame are trapezoidal thin plates, the middle of the roller frame is of a hollow frame structure, holes are symmetrically formed in the side walls of the roller frame, and a boss mounting end cover is machined at a bearing mounting position for dust prevention treatment; the edges of the surfaces of the paper feeding guide plate and the paper discharging guide plate are provided with bulges for conveying and guiding paper, and the paper feeding guide plate and the paper discharging guide plate respectively form included angles of 10 degrees and 15 degrees with the horizontal plane, the surfaces of the paper feeding guide plate and the paper discharging guide plate are subjected to roughness treatment to reduce friction force, and the paper feeding guide plate and the paper discharging guide plate are installed on the roller frame through bolts; the motor I drives the shaft to rotate through the coupler to further drive the roller and the conveyor belts to move, and the two sets of conveyor belts drag paper on the support to roll under the action of friction force, so that the input of the paper is realized.

Further, the shearing apparatus includes: the cutting knife, the motor II, the transmission shaft I, the turntable I, the partition plate II, the rack and the box body; the motor II is fixed on the box body through a bolt, a boss is arranged at the joint of the motor II and the bolt to reduce concentrated stress, and double nuts are adopted for connection and looseness prevention; the rotary table I is fixedly arranged on the transmission shaft I through a flat key, the motor II and the transmission shaft I transmit torque through a coupler, and an eccentric hole of the rotary table I is connected with the cutter through a pin; the rack is fixed on the partition plate II through a bolt, and the side edge of the rack is 5cm away from the side edge of the partition plate II; the cutter includes: a blade, a blade holder; the cutter frame is formed by welding, the center line of the cutter frame is symmetrical, cutter grooves are formed in two sides of the cutter frame, and two countersunk holes in each side of the cutter frame are fixed with the cutter blade through bolts; the blade is forged into a rectangle by adopting forged steel, is provided with two through holes which are symmetrically distributed, is inserted into the cutter groove of the cutter frame and is fixed by a bolt, and the cutter frame penetrates through the partition plate I to limit the horizontal degree of freedom and keep the vertical degree of freedom; the partition plate I and the box body are fixed inside through bolts, so that the partition plate I can be adjusted up and down; the operating platform below the box body is provided with two rectangular cutting seams and a middle seam, and the cutter penetrates through the cutting seams to cut.

Further, the paper feeding device includes: the device comprises a motor III, a motor IV, a turntable II, a motor mounting plate, a transmission shaft II, a connecting frame, a pressing support, a pressing frame, a pressing bin and a pressing plate; the motor III is a constant-speed motor, is fixedly mounted on the motor mounting plate through a bolt, is prevented from loosening through a double nut, and transmits torque through a coupler and the transmission shaft II; the motor mounting plate is fixedly mounted on the pressing frame through bolts, and four corners are fixed with the L-shaped sliding block through bolts, so that the paper feeding device only moves linearly on the partition plate II of the shearing device; the motor IV is fixed to the bottom surface of the motor mounting plate through bolts and is fixed between the two L-shaped sliding blocks; the rotary disc II is circumferentially fixed with the transmission shaft II through a flat key, and the eccentric hole is connected with the connecting frame through a pin; the pressing bracket penetrates through a limiting hole of the pressing bracket and is fixed with the pressing bin through a bolt, and the limiting hole only allows the pressing bracket to vertically move; the pressing bin is in the pressing frame and slides up and down along the inner wall under the driving of a motor III, the pressing bin is of a hexahedral hollow structure, the bottom surface of the pressing bin is provided with two symmetrically distributed strip bosses with blind holes, the pressing bin is fixed with the pressing support through bolts, the side surface of one side of a short edge is provided with two symmetrically distributed strip bosses with blind holes, the pressing bin is fixed with the push plate through bolts, four cylindrical bosses are arranged inside the pressing bin and provided with guide holes in sliding connection with guide columns of the pressing plate, a spring plays a supporting role between the four cylindrical bosses, the width of the push plate is smaller than that of a middle seam of a box body workbench, and the push plate moves in the middle seam; the motor IV shaft is fixed with a gear and is connected with the rack in the shearing device; the pressing plate is a thin plate with a rubber coating on the surface, four guide stand columns are arranged on the side surface and are in sliding connection with the guide holes of the pressing bin, and the tail ends of the stand columns are provided with locking buckles to prevent falling off; after the paper feeding device inputs paper, the paper feeding device falls down to fix the position, the cutter of the shearing device falls down to cut, the motor IV drives the gear, and the gear and rack structure is formed by the gear and rack of the shearing device to drive the baffle of the paper feeding device to push the paper into the profiling rack, so that profiling of the paper is realized.

Further, the die includes: the core body, the rotating frame and the retainer; the core body is fixed with the rotating frame through bolts; the rotating frame and the retainer are fixed through bolts, and the rotating frame can rotate for 10 degrees around the bolts to adjust the position; the retainer is connected with the profiling rack through a sliding rail, so that the retainer can slide up and down and is fixed by bolts.

Further, the pressing device includes: the device comprises a motor V, a motor VI, a moving block, a pressing frame, a lifting wheel, a pressing plate, a pressing rod, a spring frame and a transmission lead screw I; the motor V is fixed on the pressing frame through a bolt, is connected with the lifting wheel through a coupler and is matched with an upright post on the profiling rack to lift the platform; the motor VI is fixed on the pressing frame through a bolt and is connected with the transmission lead screw I through a coupler, and the transmission lead screw I is matched with the moving block through a screw pair to realize the movement of the moving block on a sliding rail on the pressing frame; the pressing frame is a trapezoidal body, a sliding groove is formed in the pressing frame, and square holes are formed in two wings of the pressing frame and are used for allowing the upright posts on the pressing frame to penetrate through; the pressing rod penetrates through the center of the moving block and is connected with the rotary table through a connecting rod for transmission, the lower part of the pressing rod is connected with the pressing plate through a pin, the spring frame is arranged on the pressing rod and the pressing plate on the side edge, and the rotary table drives the pressing rod to move up and down to press paper. Further, the lifting device includes: the device comprises a motor VII, a transmission screw II, a turning plate, a lifting frame, a roller, a sliding rail, a sliding block, a sliding chute and a telescopic body; the motor VII is fixed on the profiling rack through a bolt, and is connected with the transmission lead screw II through a coupler, and the transmission lead screw II penetrates through the profiling rack to be matched with the lifting rack through a screw pair, so that the lifting rack can move up and down; the turning plate is connected with the upper platform of the lifting frame through a pin, so that 90-degree turning around the pin is realized; the side face of the lifting frame is connected with the roller through a bolt, the slide rail is connected with the profiling rack through a bolt, and the roller rolls in a groove of the slide rail; the sliding block slides in the sliding groove, one end of the sliding block is connected with the telescopic body through a pin, and the other end of the sliding block is connected with the turning plate through a connecting rod; the sliding groove is connected with the lifting frame through a bolt, and the telescopic direction of the telescopic body is parallel to the horizontal direction of the sliding groove and is connected with the sliding groove through a bolt; the telescopic body comprises: the device comprises a box body II, an output shaft I, an input shaft, an output shaft II, a gear I, an incomplete gear I, a gear II, a gear III, an incomplete gear II, a telescopic rod I and a telescopic rod II; the gear II is mounted on the output shaft I through a key, the gear I and the incomplete gear I are mounted on the output shaft I through a key, and the gear III and the incomplete gear II are mounted on the output shaft II through a key; the telescopic rod I is nested inside the telescopic rod II, and racks are arranged outside the telescopic rod I and the telescopic rod II; incomplete gear I with the outside rack toothing of telescopic link I, incomplete gear I incomplete gear II the intermittent type nature reciprocating motion mechanism is constituteed to telescopic link I, and the another side is identical.

Further, the profiling frame comprises: the device comprises a workbench, a conveying wheel and a separator; the conveying wheels are symmetrically distributed on two sides of the center line and connected with the workbench through bolts; the separator is fixed on the upright post on the workbench through a bolt; the separator includes: a separation frame, a revolving body and a separation wheel; the separating frame is fixed with the upright column on the workbench through a bolt, the revolving body rotates for 90 degrees around a revolving center, the surface roughness of the separating wheel is large, and the separating wheel is installed on the revolving body through a pin; the paper is cut by the cutting device and conveyed to the upper portion of the lifting device through the conveying wheel, the lifting device ascends to enable the paper to be close to the core body of the tube core, the turning plate of the lifting device is turned over by 90 degrees to enable two sides of the paper to be attached to the core body of the tube core, the pressing plate of the pressing device falls while the distance is shortened to enable the upper portion of the paper to be attached and adhered to be formed, the revolving body rotates, the separating wheel is in contact with the forming straw, and the separating wheel rotates to push the forming straw to the packaging device.

Further, the packaging device includes: the device comprises a motor VIII, a packing box, a screw rod sleeve, a positioning partition plate, a pressing plate II, a turnover mechanism, a poking rod, a sliding plate and a paper rolling wheel; the motor VIII is fixed on a partition plate of the packing box through a bolt and is connected with the screw rod sleeve through a coupler; a through hole is formed in the middle of the positioning partition plate, and an inner sliding groove of the through hole is matched with the screw rod thread sleeve to limit circumferential rotation; the lower end of the screw rod thread sleeve penetrates through the positioning partition plate to move up and down in the positioning chute, and the screw rod thread sleeve is fixedly connected with the pressing plate II through a bolt; the pressing plate II is bucket-shaped, and a blade is arranged on one side of the pressing plate II and fixed with the screw rod sleeve through a bolt; the turnover mechanism comprises: the device comprises a motor IX, a shaft III, an incomplete gear IV, a shaft IV, a gear IV, a shaft V, a gear VI, a shaft VI and a swing rod; the motor IX is in transmission with the shaft III through a gear; the shaft IV is in transmission with the shaft V through the gear IV, the shaft V is in transmission with the shaft VI through the gear VI, and the oscillating bar and the shaft VI are circumferentially fixed through a key; when the incomplete gear IV is meshed with the gear VI, the swing rod rotates in the forward direction, and when the incomplete gear III is meshed with the gear IV, the swing rod rotates in the reverse direction, so that the reciprocating swing of the swing rod is formed; the surface of the sliding plate and the ground form an angle of 15 degrees, packing paper is filled in the box below the sliding plate, the packing paper is conveyed to the workbench through the paper rolling wheel, the turnover mechanism reciprocates under the coordination of the gear to fold the packing paper, the pressing plate II falls down to cut and package to finish packaging, the poking rod is poked to a finished product area, and automatic production and packaging of the paper straw which can be extruded and molded are realized.

The invention also relates to a working method of the automatic processing and packaging device for the squeezable paper straws, which comprises the following specific steps: the paper is rolled by the paper feeding device, input into the shearing device for cutting, the cut paper is sent into an operation platform of the profiling frame by the paper feeding device, the paper is conveyed to the lower part of the tube core by a conveying wheel of the profiling frame, the lifting device is lifted upwards, the turning plate turns over two sides of the paper, the pressing device falls, folds and adheres to form a paper suction pipe, the suction pipe is peeled from the tube core by a separator of the profiling frame, and the suction pipe enters the packaging device along the sliding plate to complete packaging.

The automatic processing and packaging device for the squeezable paper straws has the advantages that:

(1) according to the automatic processing and packaging device for the squeezable paper straws, the volume of the straws can be compressed during storage by changing the forming mode of the paper straws, so that the space is saved, and the transportation is convenient; when in use, the space of the straw can be formed only by lightly and symmetrically extruding the edge edges by hands.

(2) The automatic processing and packaging device for the squeezable paper straws has the advantages of high production efficiency, simple production process, easiness in operation and strong universality.

Drawings

FIG. 1 is a top view of an automated squeezable paper straw-handling packaging apparatus of the present invention;

FIG. 2 is a three-dimensional perspective view of a paper feeding device of an automatic processing and packaging device for squeezable paper straws in accordance with the present invention;

FIG. 3 is a partial view of a paper feeding device of an automatic packaging device for squeezable paper straws;

FIG. 4 is a three-dimensional perspective view of a roller frame of an automated squeezable paper straw-handling packaging apparatus of the present invention;

FIG. 5 is a three-dimensional perspective view of a stand of an automated squeezable paper straw-handling packaging unit of the present invention;

FIG. 6 is a three-dimensional perspective view of a shearing device of an automated squeezable paper straw-handling packaging apparatus of the present invention;

FIG. 7 is a three-dimensional perspective view of a box table of an automated processing and packaging device for squeezable paper straws in accordance with the present invention;

FIG. 8 is a three-dimensional perspective view of a cutter of an automated squeezable paper straw-handling packaging unit of the present invention;

FIG. 9 is a three-dimensional perspective view of a paper feeding device of an automated squeezable paper straw-handling packaging device of the present invention;

FIG. 10 is a combination diagram of a tube core, a pressing device, a lifting device and a profiling frame of the automatic processing packaging device for the squeezable paper straws of the present invention;

FIG. 11 is a three-dimensional perspective view of a tube core of an automated squeezable paper straw-handling packaging apparatus of the present invention;

FIG. 12 is a three-dimensional perspective view of a pressing device of an automated squeezable paper straw-processing and wrapping apparatus according to the present invention;

FIG. 13 is a partial view of a pressing device of an automated packaging machine for squeezable paper drinking straws in accordance with the present invention;

FIG. 14 is a three-dimensional perspective view of a lifting device of an automated packaging device for squeezable paper straws in accordance with the present invention;

FIG. 15 is a three-dimensional perspective view of a telescopic body of the automated processing packaging device for squeezable paper straws of the present invention;

FIG. 16 is a partial view of the telescopic body of an automated packaging device for squeezable paper straws in accordance with the present invention;

FIG. 17 is a three-dimensional perspective view of a profiling frame of an automated squeezable paper straw-processing and packaging apparatus of the present invention;

FIG. 18 is a three-dimensional perspective view of a separator of an automated squeezable paper straw-handling packaging unit of the present invention;

FIG. 19 is a three-dimensional perspective view of a packaging device of an automated squeezable paper straw-handling packaging device of the present invention;

FIG. 20 is a three-dimensional perspective view of a folding mechanism of an automated squeezable paper straw-handling packaging unit of the present invention;

FIG. 21 is a three-dimensional perspective view of a slide plate of an automated squeezable paper straw-handling packaging apparatus of the present invention;

in the figure: 1-paper feeding device, 2-shearing device, 3-paper feeding device, 4-tube core, 5-pressing device, 6-lifting device, 7-profiling frame, 8-packaging device, 11-bracket, 12-motor I, 13-roller, 14-driving belt, 15-belt wheel, 16-conveying belt, 17-roller frame, 18-paper feeding guide plate, 19-paper discharging guide plate, 21-cutter, 211-blade, 212-blade frame, 22-motor II, 23-transmission shaft I, 24-rotary table I, 25-partition plate I, 26-partition plate II, 27-rack, 28-box, 31-motor III, 32-motor IV, 33-rotary table II, 34-motor mounting plate, etc, 35-transmission shaft II, 36-connecting frame, 37-pressing bracket, 38-pressing frame, 39-pressing bin, 310-pressing plate, 41-core body, 42-rotating frame, 43-holding frame, 51-motor V, 52-motor VI, 53-moving block, 54-pressing frame, 55-lifting wheel, 56-pressing plate, 57-pressing rod, 58-spring frame, 59-transmission screw I, 61-motor VII, 62-transmission screw II, 63-turning plate, 64-lifting frame, 65-roller, 66-sliding rail, 67-sliding block, 68-sliding groove, 69-telescopic body, 691-box II, 692-output shaft I, 693-input shaft, 694-output shaft II, 695-gear I, 695-input shaft, 694-output shaft II, 695-gear I, 696-incomplete gear I, 697-gear II, 698 gear III, 699-incomplete gear II, 6910-telescopic rod I, 6911-telescopic rod II, 71-workbench, 72-transmission wheel, 73-separator, 731-separation frame, 732-revolving body, 733-separation wheel, 81-motor VIII, 82-packing box, 83-screw rod thread sleeve, 84-positioning partition plate, 85-pressing plate II, 86-turnover mechanism, 861-motor IX, 862-shaft III, 863-incomplete gear III, 864-incomplete gear IV, 865-shaft IV, 866-gear IV, 867-shaft V, 868-gear V, 869-gear VI, 8610-shaft VI, 8611-swing rod, 87-poking rod, 88-sliding plate, 89-paper rolling wheel.

Detailed Description

Specific embodiments of the present invention are further described below with reference to the accompanying drawings.

As shown in fig. 1 to 21, an automatic processing and packaging device for squeezable paper straws is characterized in that: the automatic paper feeding device comprises a paper feeding device 1, a shearing device 2, a paper feeding device 3, a tube core 4, a pressing device 5, a lifting device 6, a profiling machine frame 7 and a packaging device 8; the paper feeding device 1 is fixed on the ground through foundation bolts, the shearing device 2 is installed behind the paper feeding device 1 and is fixed on the ground through foundation bolts, a paper outlet of the paper feeding device 1 is flush and tightly attached to the working surface of the shearing device 2, the side edge of the paper outlet is close to the paper feeding device 1, and the cutting edge direction of cutting is perpendicular to the paper feeding direction; the paper feeding device 3 is arranged in the shearing device 2 and is contacted with the shearing device through a sliding rail to perform linear displacement; the tube core 4 is mounted on the compression type frame 7 through a sliding rail, the pressing device 5 is connected with an upright post on the compression type frame 7 through a roller, the lifting device 6 is connected with the compression type frame 7 through a sliding rail, and the working plane of the compression type frame 7 is flush with the paper feeding device 3; the packaging device 8 is connected with the side edge of the profiling machine frame 7, and the bottom of the packaging device is used for conveying straws through a sliding plate 88.

As shown in fig. 1 to 21, an automatic forming device for a square paper straw has the following working modes:

the motor I12 drives a shaft to rotate through a coupler to further drive the roller 13 and the conveyor belts 16 to move, two groups of conveyor belts drag paper on the support 11 to roll under the action of friction force, the paper is input, the paper feeding device 3 falls to fix the position, the cutter 21 of the shearing device 2 falls to cut, the motor IV 32 drives the gears to form a gear-rack structure with the racks 27 of the shearing device 2, a baffle of the paper feeding device 3 is driven to push paper sheets into the profiling frame 7, the conveyor wheel 72 of the profiling frame 7 conveys the paper to the lower part of the tube core 4, the lifting device 6 is lifted upwards, the turning plate 63 of the lifting device 6 folds the two sides of the paper, the pressing device 5 falls, folds and sticks to form a straw, the separator 73 of the profiling frame 7 peels the straw, and the straw enters the packaging device 8 along the sliding plate 88, and (6) finishing packaging.

The scope of the present invention is not limited thereto, and any changes or substitutions that can be easily made by those skilled in the art within the technical scope of the present invention will be covered by the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope defined by the claims.

Claims

1. An extrudable automatic processing and packaging device for paper straws, characterized in that: it comprises a paper feeding device (1), a shearing device (2), a paper feeding device (3), a tube core (4), a pressing device ( 5), a lifting device (6), a pressing frame (7), a packaging device (8); the paper feeding device (1) is fixed on the ground by anchor bolts, and the shearing device (2) is installed on the ground. The rear of the paper feeding device (1) is fixed on the ground by anchor bolts, and the paper outlet of the paper feeding device (1) is flush with the working surface of the shearing device (2) and closely attached, and the side The edge is close to the paper feeding device (1), and the direction of the cutting blade is perpendicular to the feeding direction; the paper feeding device (3) is installed inside the cutting device (2), and the two are in contact with the sliding rail to carry out Linear displacement; the tube core (4) is mounted on the profiling frame (7) through sliding rails, and the pressing device (5) is connected to the column on the profiling frame (7) through rollers, The lifting device (6) is connected with the profiling frame (7) through sliding rails, and the working plane of the profiling frame (7) is flush with the paper feeding device (3); the packaging device ( 8) Connected to the side of the profiling frame (7), and the bottom is conveyed by the slide plate (88); the pressing device (5) includes: a motor V (51), a motor VI (52), a moving block (53), pressing frame (54), lifting pulley (55), pressing plate (56), pressing rod (57), spring frame (58), drive screw I (59); the motor V (51) passes through the bolt is fixed on the pressing frame (54), connected with the lifting wheel (55) through a coupling, and cooperates with the upright column on the pressing frame (7) to lift the platform; the motor VI (52) It is fixed on the pressing frame (54) by bolts, and is connected with the drive screw I (59) through a coupling, and the drive screw I (59) is matched with the moving block (53) through a screw pair. , to realize the movement of the moving block (53) on the sliding rail on the pressing frame (54); the pressing frame (54) is a trapezoid with a chute inside and square holes on both wings for the pressing frame The upright column on (7) passes through; the pressing rod (57) passes through the center of the moving block (53), and is connected with the turntable through connecting rods for transmission, and the lower part is connected with the pressing plate (56) by pins, and the side The spring frame (58) is installed on the pressing rod (57) and the pressing plate (56), and the turntable drives the pressing rod (57) to move up and down to press the paper; the lifting device (6) Including: motor VII (61), drive screw II (62), flap (63), lifting frame (64), roller (65), slide rail (66), slider (67), chute (68) , a telescopic body (69); the motor VII (61) is fixed on the pressing frame (7) by bolts, and the motor VII (61) is connected to the drive screw II (62) through a coupling connected, the drive screw II (62) passes through the forming frame (7) and the lifting frame (64) cooperates with the lifting frame (64) through a screw pair to realize the lifting frame (64) moves up and down; the flap (63) is connected to the upper platform of the lifting frame (64) through a pin, so as to realize 90° folding around the pin; the side of the lifting frame (64) is connected to the roller (65) is connected by bolts, the slide rail (66) is connected with the forming frame (7) by bolts, and the roller (65) rolls in the groove of the slide rail (66); The block (67) slides in the chute (68), one end is connected with the telescopic body (69) by a pin, and the other end is connected with the flap (63) by a connecting rod; the chute (68) is connected by a connecting rod. Bolts are connected to the lifting frame (64), the telescopic body (69) is parallel to the horizontal direction of the chute (68), and is connected by bolts; the telescopic body (69) includes: a box II (691) ), output shaft I (692), input shaft (693), output shaft II (694), gear I (695), incomplete gear I (696), gear II (697), gear III (698), incomplete Gear II (699), telescopic rod I (6910), telescopic rod II (6911); the gear II (697) is installed on the output shaft I (692) through a key, the gear I (695), not The complete gear I (696) is installed on the output shaft I (692) through a key, and the gear III (698) and the incomplete gear II (699) are installed on the output shaft II (694) through a key; the telescopic Rod I (6910) is nested inside the telescopic rod II (6911), and racks are installed on the outside of the telescopic rod I (6910) and the telescopic rod II (6911); the incomplete gear I (696) and all The rack outside the telescopic rod I (6910) meshes, the incomplete gear I (696), the incomplete gear II (699), and the telescopic rod I (6910) form an intermittent reciprocating motion mechanism. The profiling frame (7) includes: a workbench (71), a transfer wheel (72), and a separator (73); the transfer wheel (72) is symmetrically distributed on both sides of the center line, and is connected to the center line through bolts. The workbench (71) is connected; the separator (73) is fixed on the upright column on the workbench (71) by bolts; the separator (73) comprises: a separation frame (731), a rotating body (732) ), a separation wheel (733); the separation frame (731) is fixed with the upright column on the worktable (71) by bolts, the rotary body (732) rotates 90° around the center of rotation, and the separation wheel ( 733) The surface roughness is relatively large, and it is mounted on the rotating body (732) by pins; the paper is cut by the cutting device (2), and conveyed to the lifting device (6) via the conveying wheel (72) Above, the lifting device (6) rises to make the paper close to the core (41) of the tube core (4), and the flap (63) of the lifting device (6) is folded by 90° to make the paper on both sides Fitted with the core (41) of the die (4), the pressing plate (56) of the pressing device (5) The distance is shortened while falling, so that the top of the paper is pasted and pasted to form, the rotary body (732) rotates, the separation wheel (733) is in contact with the forming suction tube, and the separation wheel (733) rotates to push the forming suction tube to the desired position. The packaging device (8); the packaging device (8) comprises: a motor Ⅷ (81), a packaging box (82), a screw thread sleeve (83), a positioning partition (84), a pressure plate II (85), a turning Folding mechanism (86), toggle lever (87), slide plate (88), pickup roller (89); the motor Ⅷ (81) is fixed on the partition plate of the packing box (82) through a coupling shaft through bolts The device is connected with the screw sleeve (83); the positioning partition (84) has a through hole in the middle, and a chute in the through hole cooperates with the screw sleeve (83) to limit the circumferential rotation; The lower end of the screw thread sleeve (83) moves up and down in the positioning chute through the positioning baffle (84), and the screw thread sleeve (83) and the pressure plate II (85) are fixedly connected by bolts; The pressing plate II (85) is in the shape of a bucket, a blade is installed on one side, and is fixed with the screw thread sleeve (83) by bolts; the folding mechanism (86) includes: a motor IX (861), a shaft III ( 862), incomplete gear III (863), incomplete gear IV (864), shaft IV (865), gear IV (866), shaft V (867), gear V (868), gear VI (869), shaft VI (8610), pendulum rod (8611); the motor IX (861) is driven with the shaft III (862) through gears; the shaft IV (865) is connected with the shaft V through the gear IV (866) (867) Transmission, the shaft V (867) is transmitted with the shaft VI (8610) through the gear VI (869), and the swing rod (8611) and the shaft VI (8610) are circumferentially connected by a key Fixed; when the incomplete gear IV (864) meshes with the gear VI (869), the swing rod (8611) rotates forward, and the incomplete gear III (863) and the gear IV (866) When engaged, the pendulum rod (8611) rotates in the opposite direction, thereby forming the reciprocating swing of the pendulum rod (8611); the surface of the slide plate (88) forms an angle of 15° with the ground, and the lower box is equipped with wrapping paper, which is The paper pickup wheel (89) is transported to the worktable, the folding mechanism (86) reciprocates under the cooperation of the gears to fold the wrapping paper in half, and the pressing plate II (85) falls for cutting and packaging, and the wrapping is completed. The toggle lever (87) is moved to the finished product area to realize the automatic production and packaging of extrudable paper straws.

2. The extrudable paper straw automatic processing and packaging device according to claim 1, characterized in that: the paper feeding device (1) comprises: a bracket (11), a motor I (12), a roller (13) ), transmission belt (14), pulley (15), conveyor belt (16), drum frame (17), paper feed guide plate (18), paper output guide plate (19); the bracket (11) is a square tube The structure is assembled by bolts, the bracket (11) is a split truss structure welded by steel pipes, and the upper beam is a polished rod, which passes through the center of the raw paper roll, and is fixedly installed on the vertical frames on both sides by bolts to prevent rolling , the bracket (11) adopts a three-leg design to improve the overall stability of the bracket. Positioning holes are installed symmetrically on both sides of the vertical frame, and the beam is fixed by positioning pins; the motor I (12) is fixed on the roller machine by bolts. On the rack (17); the roller (13) is divided into two groups, the upper group is four, the sides are triangularly distributed, the lower group is three, and the side is horizontally placed, and the roller frame ( 17) Connection, there is a distance of 8cm between the two rollers, which is circumferentially fixed with the pulley (15) by a flat key, and the two rollers are driven by a narrow flat belt; the transmission belt (14) adopts a narrow belt (14). The flat belt transmits power by connecting with the pulley (15); the drum frame (17) is welded with low carbon steel, and is divided into upper and lower parts, which are connected by bolts. The drum frame (17) The two sides are trapezoidal thin plates, the middle hollow frame structure, the side walls are symmetrically opened with holes, and the bearing installation part is processed by processing the boss to install the end cover for dust-proof treatment; the paper feeding guide plate (18) and the paper output guide plate (19) There are protrusions on the edge of the surface to guide the paper conveying, forming an included angle of 10° and 15° respectively with the horizontal plane, and the surfaces of the paper feed guide plate (18) and the paper output guide plate (19) adopt roughness To reduce friction, the paper feed guide plate (18) and the paper output guide plate (19) are mounted on the drum frame (17) by bolts; the motor I (12) is connected by a coupling The rotation of the driving shaft further drives the roller (13) and the conveyor belt (16) to move, and the two groups of conveyor belts drag the paper roller on the support (11) to rotate under the action of friction to realize the paper input.

3. The extrudable paper straw automatic processing and packaging device according to claim 1, wherein the shearing device (2) comprises: a cutter (21), a motor II (22), a transmission shaft I (23), turntable I (24), partition I (25), partition II (26), rack (27), box (28); the motor II (22) is fixed on the On the box body (28), a boss is provided at the connection between the motor II (22) and the bolt to reduce concentrated stress, and a double nut is used to prevent loosening; the turntable I (24) is fixedly installed on the On the transmission shaft I (23), the motor II (22) and the transmission shaft I (23) transmit torque through a coupling, the eccentric hole of the turntable I (24) and the cutter (21) Connected by pins; the rack (27) is fixed to the partition plate II (26) by bolts, and the side edge of the rack (27) is 5cm away from the side edge of the partition plate II (26); The cutting knife (21) comprises: a blade (211) and a knife rest (212); the knife rest (212) is welded and is symmetrical on the center line, with knife grooves on both sides and two countersunk holes on each side , fixed with the blade (211) by bolts; the blade (211) is forged into a rectangular shape with forged steel, and has two symmetrically distributed through holes, which are inserted into the knife groove of the knife holder (212) and fixed by bolts , the tool holder (212) is connected through the partition plate I (25) to limit the horizontal degree of freedom and retain the vertical degree of freedom; the partition plate I (25) and the box body (28) are fixed to each other by bolts Inside, the partition plate I (25) can be adjusted up and down; the operating table under the box body (28) has two rectangular cutting slits and a middle slit, and the cutter (21) cuts through the cutting slits.

4. The extrudable paper straw automatic processing and packaging device according to claim 1, wherein the paper feeding device (3) comprises: a motor III (31), a motor IV (32), a turntable II (33), motor mounting plate (34), transmission shaft II (35), connecting frame (36), pressing bracket (37), pressing frame (38), pressing chamber (39), pressing plate (310) ); the motor III (31) adopts a constant speed motor, which is fixedly installed on the motor mounting plate (34) by bolts, uses double nuts to prevent loosening, and transmits torque through the coupling and the transmission shaft II (35); The motor mounting plate (34) is fixedly mounted on the pressing frame (38) by bolts, and the four corners are fixed with the L-shaped slider by bolts, so that the paper feeding device (3) is only connected to the shearing device (38). 2) move linearly on the partition plate II (26); the motor IV (32) is fixed to the bottom surface of the motor mounting plate (34) by bolts, and the motor IV (32) is fixed in the middle of the two L-shaped sliders; The turntable II (33) is circumferentially fixed with the transmission shaft II (35) by a flat key, and the eccentric hole is connected with the connecting frame (36) by a pin; the pressing bracket (37) passes through the pressing frame The limit hole of (38) is fixed with the compression chamber (39) by bolts, and the limit hole only allows the compression bracket (37) to move vertically; the compression chamber (39) is located in the compression rack ( 38), it slides up and down along the inner wall under the drive of the motor III (31), the compression chamber (39) is a hexahedron hollow structure, and there are two symmetrically distributed elongated bosses with blind holes on the bottom surface, which are connected to the inner wall by bolts. The pressing bracket (37) is fixed, and there are two symmetrically distributed elongated bosses with blind holes on one side of the short side, which are fixed by bolts and push plates. The guide posts of the pressing plate (310) are slidably connected, and there is a spring between them for support, and the width of the push plate is smaller than the width of the middle seam of the box (28) of the shearing device (2), so as to realize The push plate moves in the middle slot; the shaft of the motor IV (32) is fixed with the gear and connected with the rack (27) in the shearing device (2); the pressing plate (310) is rubber-coated on the surface The thin plate has four guide columns on the side that are slidably connected to the guide holes of the compression bin (39), and the ends of the columns are provided with stop buckles to prevent falling off; after the paper feeding device (1) feeds the paper, the paper feeding The device (3) falls to fix the position, the cutter (21) of the shearing device (2) falls for cutting, the motor IV (32) drives the gear, and the rack (21) of the shearing device (2) falls. 27) A rack and pinion structure is formed to drive the baffle of the paper feeding device (3) to push the paper sheet into the pressing frame (7) to realize the pressing of the paper.

5. The squeezable automatic processing and packaging device for paper straws according to claim 1, wherein the tube core (4) comprises: a core body (41), a turret (42), a holder (4). 43); the core body (41) is fixed with the turret (42) by bolts; the turret (42) and the retainer (43) are fixed by bolts, and are rotated 10° around the bolts for Position adjustment; the retainer (43) is connected with the pressing frame (7) through sliding rails to realize up and down sliding, and is fixed with bolts.